def test_can_generate_extension(self):
xml = """
<xs:schema targetNamespace="http://example.com"
xmlns:xs="http://www.w3.org/2001/XMLSchema"
elementFormDefault="qualified"
attributeFormDefault="unqualified">
<xs:complexType name="ComplexType">
<xs:complexContent>
<xs:extension base="Base">
<xs:sequence>
<xs:element maxOccurs="1" minOccurs="0"
name="Field2" type="xs:string">
</xs:element>
</xs:sequence>
</xs:extension>
</xs:complexContent>
</xs:complexType>
<xs:complexType name="Base">
<xs:sequence>
<xs:element name="Field1" type="xs:string" />
</xs:sequence>
</xs:complexType>
</xs:schema>
"""
xml_element = etree.fromstring(xml)
code_string = xsd2py.generate_code_from_xsd(xml_element)
schema, new_symbols = generated_symbols(code_string)
def test_can_generate_list_enumeration(self):
raise SkipTest('list enumerations are not parsed correctly from xsd')
xml = '<xsd:schema elementFormDefault="qualified" targetNamespace="http://example.org/A" xmlns:xsd="http://www.w3.org/2001/XMLSchema">' \
' <xsd:simpleType name="MyList">' \
' <xsd:list>' \
' <xsd:simpleType>' \
' <xsd:restriction base="xsd:string">' \
' <xsd:enumeration value="A"/>' \
' <xsd:enumeration value="B"/>' \
' <xsd:enumeration value="C"/>' \
' </xsd:restriction>' \
' </xsd:simpleType>' \
' </xsd:list>' \
' </xsd:simpleType>' \
'</xsd:schema>'
xml_element = etree.fromstring(xml)
code_string = xsd2py.generate_code_from_xsd(xml_element)
schema, new_symbols = generated_symbols(code_string)
assert_not_none(schema)
assert_length(2, new_symbols)
assert_true(issubclass(new_symbols['MyList'], xsd.List))
my_list = new_symbols['MyList']()
assert_equals(my_list.accept(['B']), True)
def test_schema_xsd_restriction(self):
xml = utils.open_document('tests/assets/generation/restriction.xsd')
code = xsd2py.generate_code_from_xsd(xml)
if six.PY3:
code = code.decode()
assert_contains('RestrictedString', code)
assert_contains("pattern=r'[a-z]+'", code)
def test_can_generate_code_with_xsd_refs_to_simple_elements(self):
xml = utils.open_document('tests/assets/generation/reference_simple.xsd')
code = xsd2py.generate_code_from_xsd(xml)
schemas, symbols = generated_symbols(code)
self.assertTrue(schemas)
# somehow we need to be able to have schemas with multiple possible
# root elements
self.assertEqual(len(symbols), 3)
self.assertIn('Name', symbols.keys())
self.assertIn('Job', symbols.keys())
self.assertEqual({'job', 'name'}, list(schemas[0].elements))
Job = symbols['Job']
Name = symbols['Name']
name_ref = Job.name
# not sure if these assertions are correct but they should give you
# the idea
self.assertIsInstance(name_ref, xsd.Ref)
self.assertEqual(name_ref._type, Name)
job = Job()
# Should not raise
job.name = 'Foo'
def test_schema_xsd_restriction(self):
xml = utils.open_document('tests/assets/generation/restriction.xsd')
code = xsd2py.generate_code_from_xsd(xml)
if six.PY3:
code = code.decode()
assert_contains('RestrictedString', code)
assert_contains("pattern=r'[a-z]+'", code)
def test_can_generate_code_with_xsd_refs_to_simple_elements(self):
xml = utils.open_document(
'tests/assets/generation/reference_simple.xsd')
code = xsd2py.generate_code_from_xsd(xml)
schemas, symbols = generated_symbols(code)
assert_is_not_empty(schemas)
# somehow we need to be able to have schemas with multiple possible
# root elements
assert_length(3, symbols)
assert_contains('Name', symbols.keys())
assert_contains('Job', symbols.keys())
assert_equals(set(['name', 'job']), list(schemas[0].elements))
Job = symbols['Job']
Name = symbols['Name']
name_ref = Job.name
# not sure if these assertions are correct but they should give you
# the idea
assert_isinstance(name_ref, xsd.Ref)
assert_equals(name_ref._type, Name)
job = Job()
# Should not raise
job.name = u'Foo'
def test_can_generate_list_enumeration(self):
raise SkipTest('list enumerations are not parsed correctly from xsd')
xml = '<xsd:schema elementFormDefault="qualified" targetNamespace="http://example.org/A" xmlns:xsd="http://www.w3.org/2001/XMLSchema">' \
' <xsd:simpleType name="MyList">' \
' <xsd:list>' \
' <xsd:simpleType>' \
' <xsd:restriction base="xsd:string">' \
' <xsd:enumeration value="A"/>' \
' <xsd:enumeration value="B"/>' \
' <xsd:enumeration value="C"/>' \
' </xsd:restriction>' \
' </xsd:simpleType>' \
' </xsd:list>' \
' </xsd:simpleType>' \
'</xsd:schema>'
xml_element = etree.fromstring(xml)
code_string = xsd2py.generate_code_from_xsd(xml_element)
schema, new_symbols = generated_symbols(code_string)
assert_not_none(schema)
assert_length(2, new_symbols)
assert_true(issubclass(new_symbols['MyList'], xsd.List))
my_list = new_symbols['MyList']()
assert_equals(my_list.accept(['B']), True)
def test_can_generate_code_with_xsd_refs_to_simple_elements(self):
xml = utils.open_document('tests/assets/generation/reference_simple.xsd')
code = xsd2py.generate_code_from_xsd(xml)
schemas, symbols = generated_symbols(code)
assert_is_not_empty(schemas)
# somehow we need to be able to have schemas with multiple possible
# root elements
assert_length(3, symbols)
assert_contains('Name', symbols.keys())
assert_contains('Job', symbols.keys())
assert_equals(set(['name', 'job']), list(schemas[0].elements))
Job = symbols['Job']
Name = symbols['Name']
name_ref = Job.name
# not sure if these assertions are correct but they should give you
# the idea
assert_isinstance(name_ref, xsd.Ref)
assert_equals(name_ref._type, Name)
job = Job()
# Should not raise
job.name = u'Foo'
def test_can_generate_extension(self):
xml = """
<xs:schema targetNamespace="http://example.com"
xmlns:xs="http://www.w3.org/2001/XMLSchema"
elementFormDefault="qualified"
attributeFormDefault="unqualified">
<xs:complexType name="ComplexType">
<xs:complexContent>
<xs:extension base="Base">
<xs:sequence>
<xs:element maxOccurs="1" minOccurs="0"
name="Field2" type="xs:string">
</xs:element>
</xs:sequence>
</xs:extension>
</xs:complexContent>
</xs:complexType>
<xs:complexType name="Base">
<xs:sequence>
<xs:element name="Field1" type="xs:string" />
</xs:sequence>
</xs:complexType>
</xs:schema>
"""
xml_element = etree.fromstring(xml)
code_string = xsd2py.generate_code_from_xsd(xml_element)
schema, new_symbols = generated_symbols(code_string)
def test_create_method_list_param(self):
xmlelement = etree.fromstring(XSD_LIST_PARAM)
code = generate_code_from_xsd(xmlelement)
if six.PY3:
code = code.decode()
assert_contains("def create(cls, Items):", code)
assert_contains("instance.Items = Items", code)
assert_not_contains("Itemss", code)
def test_can_generate_extension_of_type_with_special_chars(self):
xml = utils.open_document(
'tests/assets/generation/extension_with_special_chars.xsd')
code = xsd2py.generate_code_from_xsd(xml)
schemas, symbols = generated_symbols(code)
assert_true('BaseType_with_special_chars_123' in symbols)
assert_equals('BaseType_with_special_chars_123',
symbols['ComplexType'].__base__.__name__)
def test_schema_xsd_enumeration(self):
xml = utils.open_document('tests/assets/generation/enumeration2.xsd')
code = xsd2py.generate_code_from_xsd(xml)
m = {}
try:
self._exec(code, m)
except SyntaxError as e:
self.fail('%s: %s' % (e.__class__.__name__, e))
def test_create_method_list_param(self):
xml = utils.open_document('tests/assets/generation/list_param.xsd')
code = xsd2py.generate_code_from_xsd(xml)
if six.PY3:
code = code.decode()
assert_contains('def create(cls, Items):', code)
assert_contains('instance.Items = Items', code)
assert_not_contains('Itemss', code)
def test_create_method_list_param(self):
xmlelement = etree.fromstring(XSD_LIST_PARAM)
code = generate_code_from_xsd(xmlelement)
if six.PY3:
code = code.decode()
assert_contains("def create(cls, Items):", code)
assert_contains("instance.Items = Items", code)
assert_not_contains("Itemss", code)
def test_create_method_list_param(self):
xml = utils.open_document('tests/assets/generation/list_param.xsd')
code = xsd2py.generate_code_from_xsd(xml)
if six.PY3:
code = code.decode()
assert_contains('def create(cls, Items):', code)
assert_contains('instance.Items = Items', code)
assert_not_contains('Itemss', code)
def test_schema_xsd_enumeration(self):
xml = utils.open_document('tests/assets/generation/enumeration2.xsd')
code = xsd2py.generate_code_from_xsd(xml)
if six.PY3:
code = code.decode()
m = {}
try:
self._exec(code, m)
except SyntaxError as e:
self.fail('%s: %s' % (e.__class__.__name__, e))
def test_can_generate_code_for_simple_element(self):
xml = utils.open_document('tests/assets/generation/simple_element.xsd')
code = xsd2py.generate_code_from_xsd(xml)
schemas, symbols = generated_symbols(code)
self.assertTrue(schemas)
self.assertEqual(len([s for s in symbols if s.startswith('Schema_')]), 1)
self.assertEqual(['simpleElement'], list(schemas[0].elements))
simple_element = schemas[0].elements['simpleElement']
self.assertIsInstance(simple_element._type, xsd.String)
def test_can_generate_list_enumeration(self):
xml = utils.open_document('tests/assets/generation/enumeration.xsd')
code = xsd2py.generate_code_from_xsd(xml)
schemas, symbols = generated_symbols(code)
self.assertTrue(schemas)
self.assertEqual(len(symbols), 2)
self.assertIs(issubclass(symbols['MyList'], xsd.List), True)
my_list = symbols['MyList']()
self.assertIs(my_list.accept(['B']), True)
def test_can_generate_list_enumeration(self):
xml = utils.open_document('tests/assets/generation/enumeration.xsd')
code = xsd2py.generate_code_from_xsd(xml)
schemas, symbols = generated_symbols(code)
assert_is_not_empty(schemas)
assert_length(2, symbols)
assert_true(issubclass(symbols['MyList'], xsd.List))
my_list = symbols['MyList']()
assert_equals(my_list.accept(['B']), True)
def test_can_generate_code_for_simple_element(self):
xml = utils.open_document('tests/assets/generation/simple_element.xsd')
code = xsd2py.generate_code_from_xsd(xml)
schemas, symbols = generated_symbols(code)
assert_is_not_empty(schemas)
assert_length(1, symbols)
assert_equals(['simpleElement'], list(schemas[0].elements))
simple_element = schemas[0].elements['simpleElement']
assert_isinstance(simple_element._type, xsd.String)
def test_can_generate_code_for_simple_element(self):
xml = utils.open_document('tests/assets/generation/simple_element.xsd')
code = xsd2py.generate_code_from_xsd(xml)
schemas, symbols = generated_symbols(code)
assert_is_not_empty(schemas)
assert_length(1, symbols)
assert_equals(['simpleElement'], list(schemas[0].elements))
simple_element = schemas[0].elements['simpleElement']
assert_isinstance(simple_element._type, xsd.String)
def test_can_generate_list_enumeration(self):
xml = utils.open_document('tests/assets/generation/enumeration.xsd')
code = xsd2py.generate_code_from_xsd(xml)
schemas, symbols = generated_symbols(code)
assert_is_not_empty(schemas)
assert_length(2, symbols)
assert_true(issubclass(symbols['MyList'], xsd.List))
my_list = symbols['MyList']()
assert_equals(my_list.accept(['B']), True)
def test_can_generate_code_for_simple_element(self):
xml = ('<xs:schema targetNamespace="http://site.example/ws/spec" \n'
' xmlns:example="http://site.example/ws/spec" \n'
' xmlns:xs="http://www.w3.org/2001/XMLSchema" \n'
' elementFormDefault="qualified" attributeFormDefault="unqualified">\n'
' <xs:element name="simpleElement" type="xs:string"/>\n'
'</xs:schema>')
xml_element = etree.fromstring(xml)
code_string = xsd2py.generate_code_from_xsd(xml_element)
schema, new_symbols = generated_symbols(code_string)
assert_not_none(schema)
assert_length(1, new_symbols)
assert_equals(['simpleElement'], list(schema.elements))
simple_element = schema.elements['simpleElement']
assert_isinstance(simple_element._type, xsd.String)
def test_can_generate_extension_imported(self):
xml = utils.open_document('tests/assets/generation/extension_imported.xsd')
code = xsd2py.generate_code_from_xsd(xml, cwd='tests/assets/generation')
schemas, symbols = generated_symbols(code)
self.assertTrue(schemas)
base = symbols['Base']
base.Field1
try:
base.Field2
except AttributeError:
pass
else:
self.fail('Unexpected base.Field2')
ct = symbols['ComplexType']
ct.Field1
ct.Field2
def test_can_generate_code_for_simple_element(self):
xml = (
'<xs:schema targetNamespace="http://site.example/ws/spec" \n'
' xmlns:example="http://site.example/ws/spec" \n'
' xmlns:xs="http://www.w3.org/2001/XMLSchema" \n'
' elementFormDefault="qualified" attributeFormDefault="unqualified">\n'
' <xs:element name="simpleElement" type="xs:string"/>\n'
'</xs:schema>')
xml_element = etree.fromstring(xml)
code_string = xsd2py.generate_code_from_xsd(xml_element)
schema, new_symbols = self._generated_symbols(code_string)
assert_not_none(schema)
assert_length(1, new_symbols)
assert_equals(['simpleElement'], list(schema.elements))
simple_element = schema.elements['simpleElement']
assert_isinstance(simple_element._type, xsd.String)
def test_can_generate_extension_imported(self):
xml = utils.open_document('tests/assets/generation/extension_imported.xsd')
code = xsd2py.generate_code_from_xsd(xml, cwd='tests/assets/generation')
schemas, symbols = generated_symbols(code)
assert_is_not_empty(schemas)
base = symbols['Base']
base.Field1
try:
base.Field2
except AttributeError:
pass
else:
self.fail('Unexpected base.Field2')
ct = symbols['ComplexType']
ct.Field1
ct.Field2
def test_can_generate_code_with_xsd_refs_to_simple_elements(self):
raise SkipTest('References to simple elements not yet implemented')
xml = ('<xs:schema targetNamespace="http://site.example/ws/spec" \n'
' xmlns:example="http://site.example/ws/spec" \n'
' xmlns:xs="http://www.w3.org/2001/XMLSchema" \n'
' elementFormDefault="qualified">\n'
' <xs:element name="name" type="xs:string" />\n'
' <xs:element name="job">\n'
' <xs:complexType>\n'
' <xs:sequence>\n'
' <xs:element ref="example:name" />\n'
' </xs:sequence>\n'
' </xs:complexType>\n'
' </xs:element>\n'
'</xs:schema>')
xml_element = etree.fromstring(xml)
code_string = xsd2py.generate_code_from_xsd(xml_element)
schema, new_symbols = generated_symbols(code_string)
assert_not_none(schema)
# somehow we need to be able to have a schema with multiple possible
# root elements
assert_length(3, new_symbols)
assert_contains('Name', new_symbols.keys())
assert_contains('Job', new_symbols.keys())
assert_equals(set(['name', 'job']), list(schema.elements))
Job = new_symbols['Job']
Name = new_symbols['Name']
name_ref = Job.name
# not sure if these assertions are correct but they should give you
# the idea
assert_isinstance(name_ref, xsd.Ref)
assert_equals(name_ref._type, Name)
job = Job()
# Should not raise
job.name = u'Foo'
def test_can_generate_code_with_xsd_refs_to_simple_elements(self):
raise SkipTest('References to simple elements not yet implemented')
xml = ('<xs:schema targetNamespace="http://site.example/ws/spec" \n'
' xmlns:example="http://site.example/ws/spec" \n'
' xmlns:xs="http://www.w3.org/2001/XMLSchema" \n'
' elementFormDefault="qualified">\n'
' <xs:element name="name" type="xs:string" />\n'
' <xs:element name="job">\n'
' <xs:complexType>\n'
' <xs:sequence>\n'
' <xs:element ref="example:name" />\n'
' </xs:sequence>\n'
' </xs:complexType>\n'
' </xs:element>\n'
'</xs:schema>')
xml_element = etree.fromstring(xml)
code_string = xsd2py.generate_code_from_xsd(xml_element)
schema, new_symbols = self._generated_symbols(code_string)
assert_not_none(schema)
# somehow we need to be able to have a schema with multiple possible
# root elements
assert_length(3, new_symbols)
assert_contains('Name', new_symbols.keys())
assert_contains('Job', new_symbols.keys())
assert_equals(set(['name', 'job']), list(schema.elements))
Job = new_symbols['Job']
Name = new_symbols['Name']
name_ref = Job.name
# not sure if these assertions are correct but they should give you
# the idea
assert_isinstance(name_ref, xsd.Ref)
assert_equals(name_ref._type, Name)
job = Job()
# Should not raise
job.name = u'Foo'
def test_can_generate_extension(self):
xml = utils.open_document('tests/assets/generation/extension.xsd')
code = xsd2py.generate_code_from_xsd(xml)
schemas, symbols = generated_symbols(code)
def test_schema_xsd_restriction(self):
xmlelement = etree.fromstring(XSD_RESTRICTION)
code = generate_code_from_xsd(xmlelement)
if six.PY3:
code = code.decode()
compile(code, 'restriction', 'exec')
def test_code_generation_from_xsd_with_ordering_and_elements(self):
xmlelement = etree.fromstring(XSD_with_ordering_and_elements)
code = b'from soapfish import soap, xsd\n' + generate_code_from_xsd(
xmlelement)
self._exec(code, {})
def test_code_generation_from_xsd_with_ordering(self):
xmlelement = etree.fromstring(XSD_with_ordering)
# Add mandatory imports to test the generated code
code = b'from soapfish import soap, xsd\n' + generate_code_from_xsd(
xmlelement)
self._exec(code, {})
def setUp(self):
xsd_str = utils.open_document('tests/assets/generation/attrgroup_usage.xsd')
self.code = xsd2py.generate_code_from_xsd(xsd_str)
def setUp(self):
xsd_str = utils.open_document('tests/assets/generation/attribute_usage.xsd')
code = xsd2py.generate_code_from_xsd(xsd_str)
self.schemas, self.symbols = testutil.generated_symbols(code)
self.SampleType = self.symbols['SampleType']
def test_schema_xsd_restriction(self):
xml = utils.open_document('tests/assets/generation/restriction.xsd')
code = xsd2py.generate_code_from_xsd(xml).decode()
self.assertIn('RestrictedString', code)
self.assertIn("pattern=r'[a-z]+'", code)
def setUp(self):
xsd_str = utils.open_document(
'tests/assets/generation/attrgroup_usage.xsd')
self.code = xsd2py.generate_code_from_xsd(xsd_str)
def test_code_generation_from_xsd(self):
xml = utils.open_document('tests/assets/generation/default.xsd')
# Add mandatory imports to test the generated code
code = xsd2py.generate_code_from_xsd(xml)
self._exec(code, {})
def setUp(self):
xsd_str = utils.open_document(
'tests/assets/generation/attribute_usage.xsd')
code = xsd2py.generate_code_from_xsd(xsd_str)
self.schemas, self.symbols = testutil.generated_symbols(code)
self.SampleType = self.symbols['SampleType']
def test_code_generation_from_xsd_with_ordering_and_elements(self):
xmlelement = etree.fromstring(XSD_with_ordering_and_elements)
code = b'from soapfish import soap, xsd\n' + generate_code_from_xsd(xmlelement)
self._exec(code, {})
def test_can_generate_extension(self):
xml = utils.open_document('tests/assets/generation/extension.xsd')
code = xsd2py.generate_code_from_xsd(xml)
schemas, symbols = generated_symbols(code)
def test_code_generation_from_xsd(self):
xml = utils.open_document('tests/assets/generation/default.xsd')
# Add mandatory imports to test the generated code
code = xsd2py.generate_code_from_xsd(xml)
self._exec(code, {})
def test_code_generation_from_xsd(self):
xmlelement = etree.fromstring(XSD)
# Add mandatory imports to test the generated code
code = b'from soapfish import soap, xsd\n' + generate_code_from_xsd(xmlelement)
self._exec(code, {})
def test_can_generate_extension_of_type_with_special_chars(self):
xml = utils.open_document('tests/assets/generation/extension_with_special_chars.xsd')
code = xsd2py.generate_code_from_xsd(xml)
schemas, symbols = generated_symbols(code)
assert_true('BaseType_with_special_chars_123' in symbols)
assert_equals('BaseType_with_special_chars_123', symbols['ComplexType'].__base__.__name__)
def test_create_method_list_param(self):
xml = utils.open_document('tests/assets/generation/list_param.xsd')
code = xsd2py.generate_code_from_xsd(xml).decode()
self.assertIn('def create(cls, Items):', code)
self.assertIn('instance.Items = Items', code)
self.assertNotIn('Itemss', code)
def test_schema_xsd_restriction(self):
xmlelement = etree.fromstring(XSD_RESTRICTION)
code = generate_code_from_xsd(xmlelement)
if six.PY3:
code = code.decode()
compile(code, 'restriction', 'exec')
